The new infrastructure design, called Hyperforce, that Salesforce announced unifies the core of several Salesforce Clouds. AWS, Azure, and GCP are just a few examples of public clouds where Salesforce instances can be launched. By utilising public cloud partners, Salesforce is able to quickly expand into more regions and help clients with data residency and compliance requirements. 

Salesforce hopes that Hyperforce will increase platform performance and security while also giving customers more flexibility, scalability, and resilience. Additionally, Hyperforce is made to handle cutting-edge developments and abilities like artificial intelligence and machine learning that demand a lot of computing power and data storage. Check out the Salesforce certification training to learn more.

How does Salesforce Hyperforce work?

Salesforce can distribute its services across many cloud providers thanks to the microservices architecture on which Hyperforce is built. This implies that various Salesforce platform elements, such as the database, application server, and user interface, can be hosted on several clouds and yet function as a cohesive whole.

Hyperforce employs a number of tools to do this, including Apache Kafka for communications, Istio for service mesh, and Kubernetes for container orchestration. These tools enable Salesforce to maintain high availability and fault tolerance while managing the deployment, scalability, and connection of its services across several clouds.

In order to safeguard client data and guarantee adherence to rules and laws, Hyperforce also includes a number of security elements. Data encryption, access controls, audit trails, and compliance certifications like SOC 2 and ISO 27001 are a few of the elements listed here.

One or more of the key characteristics of Hyperforce are: 

• Local data storage for compliance and regulation will come first. 
• Every Salesforce app, customization, and integration will function on Hyperforce and be backwards compatible. 
• Finally, Hyperforce employs both at-rest and in-transit encryption. 

For multi-cloud configurations, it can segregate the infrastructure from the application. It permits moving the application infrastructure closer to the user and client apps. 

Proximity: As a customer, if you are currently running your workloads in public data clouds, you can integrate Salesforce data with those workloads using MuleSoft to link Salesforce data with other apps, Salesforce Functions, or other third-party processing tools. If Salesforce data is kept in the same public cloud instance, there are obvious advantages. 

Hyperforce Architecture 

Although Hyperforce is a novel infrastructure architecture, the physical layer underlying it is still managed by public cloud providers. The central infrastructure that enables the Lightning Platform over public cloud infrastructure is under the control of Salesforce. 

The following are Hypeforce’s main design principles:

Unchangeable Architecture

All infrastructure in Hyperforce is immutable. All servers, containers, or virtual machines will only need to be generated once if an infrastructure fix or configuration update is required. In order to make room for the new version, the old one is subsequently deleted. Without any state drift, it provides a steady configuration. 

Hyperforce leverages metadata artefacts (terraform manifests) that are maintained under source control to scale its infrastructure and ensure process adherence. Therefore, public cloud infrastructure can be dynamically extended or removed. 

Multi-availability Zone

To provide high availability, Hyperforce takes advantage of several availability zones in public clouds. By doing this, the stability of distributed systems is maintained and the compute resources are distributed among a number of areas that are geographically close enough to one another to operate as a single system. 

Zero Faith

Any implicit access to the system resources is prohibited by Hyper Force’s zero-trust design. All data is encrypted at all times, whether it’s in transit or at rest. Each request path is explicitly approved and verified. By applying the least privilege concept, operators are provided just-in-time access with an automated mechanism for removing time-bound access.

Hyperforce Accomplishes

• Both B2B and B2C performance: Because of the elasticity of the public cloud, customers can more easily compute resources as needed to be more flexible and effective. Resources may be quickly and easily deployed on the public cloud thanks to Hyperforce, which reduces implementation time from months to just a few weeks or even days. 
• Integral Trust: Hyperforce’s security architecture limits user access to client data to the necessary levels, protecting sensitive information from human error or configuration blunders. Standard encryption is also used to provide data security and privacy, both in transit and at rest. 
• Local Data Retention: Customers from all around the world can opt to use Hyperforce to store data in a specific location to help them comply with local, industry- and region-specific legislation. 
• Reverse Compatibility: Regardless of cloud computing, Hyperforce will power every Salesforce app, customization, and integration. 

Conclusion 

Check out the Salesforce certification course to learn more about Salesforce Hyperforce.